The bulbar reticular formation and tremor.
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Medulla Oblongata↗
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Results for “Reticular Formation”
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Motor effects from stimulation of the vestibular nuclei and the reticular formation.
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Cerebral Ventricles↗
[Neuro-physiological study of reticular formation].
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Brain Stem↗
[Experimental orthostatic hypotension induced by lesions of the bulbar reticular formation].
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Hypotension↗
[Recent data on heterogenicity of the reticular formation].
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Brain Stem↗
[Changes in electrical activity of the brain during epileptogenic stimulation of certain segments of the mesodiencephalic reticular formation].
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Brain↗
[Comparative physiological data on the function of the reticular formation].
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Brain Stem↗
[On functions of the reticular formation of the brain stem].
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Brain Stem↗
[Morphology and physiology of the reticular formation].
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Brain Stem↗
Slow and fast prepotentials in neurons of medullary reticular formation.
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Animals↗
Relationship between angio- and cytoarchitectonics in brainstem reticular formation.
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Animals↗
Structure of synapses in brain-stem reticular formation.
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Animals↗
[The blood supply of "typical" nerve cells of various nuclei of the brain stem reticular formation].
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Animals↗
[Mechanism of adrenaline and aminazine action in their direct application to the midbrain reticular formation].
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Animals↗
EFFECT OF ELECTRICAL STIMULATION OF RETICULAR FORMATION IN INTACT RATS AND RATS WITH MEDIAN EMINENCE LESION ON CORTICOTROPIN RELEASING ACTIVITY.
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Adrenal Cortex Hormones↗
A CHOLINERGIC MECHANISM IN THE BRAINSTEM RETICULAR FORMATION: INDUCTION OF PARADOXICAL SLEEP.
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Acetylcholine↗
[Quantitative morphologic characteristics of developing brain stem reticular formation neurons].
The paper presented results of a quantitative Golgi study of developing neurons of the brain stem reticular nuclei of prenatal and newborn kittens. Age of prenatal animals was 45-55 days, that of newborns 1-5 and 30 days. The neurons were divided into sparsely ramified reticular and densely ramified multipolar giant ones. The quantitative morphological data were obtained by measuring cellular sizes, number, length and degree of branching of dendrites and general cell branching. The neurons of both kinds had different parameters and special features of their maturation. A higher degree of branching was observed in the fetus. Foci of maximal dendrite branching were localized in proximal and distal portions of dendrites in the fetus and 30-day old kittens, and only in proximal portions in the infant kitten. An attempt was made to correlate morphological and electrophysiological properties of the neurons under study.
Animals↗